A Matching Network for a 1.1V Switched Capacitor Power Amplifier has been designed with a Bluetooth Application in mind. The Matching Network has been implemented in a 28nm CMOS RF Metal Stack and provides 16.7dBm output power with IL = 1.1dB at 2.4GHz. A detailed analytical model of power and efficiency of the Matching Network is derived and used for optimal design of the Matching Network. The model shows very good agreement with circuit simulations, and good matching with experimental data as well
none6In this work we present a reconfigurable impedance matching network for a CMOS Power Amplifier...
In this paper, we report an RF power amplifier design in digital CMOS technology for the Class 1 pow...
This letter presents analysis and design considerations for lumped (inductor and capacitor) matching...
This paper presents the design of a matching network (MN) for switched-capacitor PAs (SCPA) optimize...
This paper describes the design and optimization of an RF tunable network capable of matching highly...
We have developed a novel reconfigurable matching network based on the loaded‐line technique. The ne...
Switched capacitors are here investigated for use in reconfigurable matching networks, particularly ...
International audienceIn mobile handsets, the power performance, efficiency, and transmission qualit...
This thesis researches the design of transceiver front-end RF amplifiers for Bluetooth applications ...
Abstract-This letter presents the design of a reconfigurable amplifier with an adaptive matching net...
In this paper a reconfigurable input matching network (IMN) for power amplifiers (PA) is designed an...
The research presented covers the theory and design of feedback-driven matching networks for radio f...
Wireless power transfer is increasingly attractive to electronic products, especially for implantab...
We have developed a novel reconfigurable matching network based on the loaded-line technique. The ne...
Modern fully integrated transceivers architectures, require circuits with low area, low cost, low p...
none6In this work we present a reconfigurable impedance matching network for a CMOS Power Amplifier...
In this paper, we report an RF power amplifier design in digital CMOS technology for the Class 1 pow...
This letter presents analysis and design considerations for lumped (inductor and capacitor) matching...
This paper presents the design of a matching network (MN) for switched-capacitor PAs (SCPA) optimize...
This paper describes the design and optimization of an RF tunable network capable of matching highly...
We have developed a novel reconfigurable matching network based on the loaded‐line technique. The ne...
Switched capacitors are here investigated for use in reconfigurable matching networks, particularly ...
International audienceIn mobile handsets, the power performance, efficiency, and transmission qualit...
This thesis researches the design of transceiver front-end RF amplifiers for Bluetooth applications ...
Abstract-This letter presents the design of a reconfigurable amplifier with an adaptive matching net...
In this paper a reconfigurable input matching network (IMN) for power amplifiers (PA) is designed an...
The research presented covers the theory and design of feedback-driven matching networks for radio f...
Wireless power transfer is increasingly attractive to electronic products, especially for implantab...
We have developed a novel reconfigurable matching network based on the loaded-line technique. The ne...
Modern fully integrated transceivers architectures, require circuits with low area, low cost, low p...
none6In this work we present a reconfigurable impedance matching network for a CMOS Power Amplifier...
In this paper, we report an RF power amplifier design in digital CMOS technology for the Class 1 pow...
This letter presents analysis and design considerations for lumped (inductor and capacitor) matching...